Thin Film Electronics ASA (Thinfilm) announced that it has completed acquisition of Kovio technology, intellectual property and manufacturing assets, and has opened the Thinfilm NFC Innovation Center in the heart of Silicon Valley. Thinfilm paid $2.7 million in cash and $1.0 million in equity, consisting of 1.0 million of Thinfilm shares, acquired by Kovio creditors at 5.92 NOK/share.

As part of the acquisition, Thinfilm has also acquired Kovio’s technology for Electronic Article Surveillance (EAS) loss prevention tags. These solutions were developed in partnership with industry leaders such as Tyco Solutions and NedAp and complement Thinfilm’s existing offerings in brand protection.

“The acquisition of Kovio technology is an astute strategic move by Thinfilm. Kovio has impressive capability, NFC products and IP that will accelerate Thinfilm’s product roadmap, in addition to giving Thinfilm a substantial presence in Silicon Valley.” said Raghu Das, CEO, IDTechEx.

Gartner cites “Internet of Things” as one of the top 10 strategic trends of this decade. Analysts and companies alike are predicting markets in the trillions of dollars by 2020: Gartner $1.9 trillion, IDC $8.9 trillion, Cisco $19 trillion. Industry giants such as Intel, IBM, Cisco, Qualcomm and NXP are placing major bets on IoT, and the San Jose Mercury News calls IoT a technological transformation “as profound as the Industrial Revolution,” in which “Silicon Valley companies that make the circuits are expected to profit enormously.”

Yet most applications of IoT focus on fixed infrastructure, where the sensor is a static node at the edge of the network and data is routed to a central server.

Low-cost, disposable sensor labels, able to autonomously collect information to later be read by NFC phones and tablets, offer a fundamentally different approach. With more than 400 million NFC-enabled smart phones already deployed, a number projected to grow to 1 billion by 2015, linking ubiquitous sensors on Thinfilm Smart Labels with the mobile platform creates a fluid and agile alternative to traditional data infrastructures. It is this agile network that will truly launch the Internet of Everything.

Future applications could include:
• Temperature exposure of perishable goods, such as food and pharmaceuticals can be verified without heavy infrastructure.
• Disposable medical tests can be distributed to remote clinics and homes, with results communicated to medical records through the mobile device.
Humidity can be detected in the walls of new construction, to monitor for leaks in pipes.
• Soldiers and pilots can be tested for ‘readiness’ based on bio-markers, allowing check-in before active service.
• Smart appliances can re-order supplies when an indicator says the product quantity is getting low.
• Patients can be monitored with one-time use devices for blood-oxygen levels, pulse readings, and other vital signs, and data gathered with the tap of a phone.

“Printed transistor circuits are an important capability to enable truly smart devices but there are few companies in the world that have the know-how to produce these. Kovio is one of them,” said Das.

“The team here in San Jose can produce NFC Barcodes with well over 1500 active transistors, at pilot scale,” said Christer Karlsson, Thinfilm CTO. “Marrying the organic transistors we’ve been developing with the poly-silicon devices developed at Kovio establishes a formidable barrier-to-entry for future competitors.”

The Kovio NFC Barcodeis the only NFC interface in printed electronics and is supported commercially by Google Android and numerous NFC controllers being deployed in phones around the world. Thinfilm expects to demonstrate NFC-readable sensor labels by year-end.

Thinfilm NFC Innovation Center

“We are particularly excited to have more than 20 of the former Kovio team members joining to open the NFC Innovation Center. This core team will build out the Innovation Center’s competence in design, process development and manufacturing,” added Karlsson. “The site at Zanker Road, San Jose, is deep in the heart of Silicon Valley, steps from the silicon industry’s giants, an ideal location to recruit additional talent into Thinfilm and build the ecosystem.”

Thinfilm has also built a global team supporting the development of custom designs of integrated systems in ultra-low-cost electronics. According to Das, “Thinfilm is filling the need in the printed electronics industry by putting together complete solutions.” Thinfilm will continue to pursue strategic partnerships, such as those it has with the Bemis Company, Brady Corporation, and Hasbro to accelerate the introduction of printed electronic systems into a wide range of markets.

“Thinfilm is the only company that is moving the needle when it comes to delivering printed electronics,” said Randall Sherman, founder and president of New Venture Research.